Several million television receive antennas installed on roof tops in the US and around the world. A method is disclosed that uses each of the millions of television receive antennas as transmitters to provide high speed wireless mobile and broadband infrastructure to send and receive internet, data, audio, video, at user locations and communication between devices and sensors securely. This is the first converged broadcast and broadband interactive wireless infrastructure utilizing the television as an interface for applications such as financial transactions, home-to-home interconnection, environmental, energy management (smart meters), social networking, streaming, gaming, and security management. A personal server connects to a television receiver and antenna which connects among them wirelessly and connect to a broadcasting site server and an electric-substation server. The invention creates wireless cloud eliminating the need of a personal computer. The method overcomes the problem of interference whist preserving latency, synchronization, and time accuracy.
Legal claims defining the scope of protection, as filed with the USPTO.
1. A method for providing high speed wireless mobile and broadband communication infrastructure, the method comprising: receiving, by a personal server device connected to a directional antenna at a user location, television broadcast data and internet data; sending, by the personal server device, internet data back to a TV broadcast transmitter via a network of antenna installed at user locations; receiving radio signals at an antenna connected to a circulator split signal in two branches, Wherein one branch carries the TV receive signal, and second branch carries the interact and data; second branch is further split into two branches namely transmit and receive branch connected to Baseband (BB), Wherein transmitter connected via circulator to the antenna is power limited to avoid interference to other systems, Wherein Baseband is driven by processing unit connected to logical and sensing unit; processing, logical, and sensing unit collaborate, analyse, make decisions, and instruct baseband to take actions to avoid interference by switching channels, reducing radiated power; integrating electric sub-station, broadcast and broadband, Wherein personal server communicates at user location and server at the electric sub-station to provide aggregate energy consumption to balance out supply and demand by sub-station; Wherein television connect to energy meters, and display energy consumption and prices on television screen and allow user to select energy supplier and conduct transactions using remote or mobile devices; Wherein the addressing scheme as an interact protocol scheme for connection to interact connected remote devices for energy demand supply management.
2. The method of claim 1 , further comprising: addressing scheme formatted as internet protocol for connection with internet; Wherein the addressing scheme is structured to recognise user, broadcasting transmitter sites, donor and receiver antennas and include virtual addressing scheme to identify devices, users connected to the personal server and to establish voice, video, data communication and transactions between internet enabled devices and sensors securely and with minimum interference.
Cooperative Patent Classification codes for this invention. Click any code to explore related patents in that topic.
March 25, 2011
November 10, 2015
Browse 5M+ US patents with plain-English claim translations and AI-generated analysis.